Two years ago, Robot Factory began developing the Sliding-3D for the purposes of lowering post-processing time, plastic 3D printing waste, energy consumption, and costs. The Sliding-3D is an effective way for companies to achieve more sustainable manufacturing processes.

This new desktop 3D printer, which uses thermoplastic material extrusion, makes it possible to 3D print, uninterrupted, very long objects, due to an infinite build platform and a 45° extruder. The Sliding-3D can simplify small series production, allows for the creation of functional prototypes, and helps companies reorganize their production processes.

The Sliding-3D exploits this moving platform, along with the translational function and inclination of the layers, to decrease up to 100% of the supports for overhangs that are normally required – saving material and money and reducing post-processing times. Its 410 x 380 mm x ∞ (endless) build volume means that the Sliding-3D can achieve an uninterrupted work cycle.

While other large-dimension 3D printers do exist, a human operator typically needs to be present in order to remove completed parts and prepare for additional print jobs. The Sliding-3D’s conveyor belt negates this – whenever a print is completed, another job will begin and 3D printing can continue, without needing an operator to take care of anything. The belt moves forward until the completed print rolls off and into a collection basket underneath the 3D printer’s front roller.

“So Sliding‐3D can be used as a sort of “desktop factory”, since objects can be printed “continuously”, thus allowing a “mass” production,” Robot Factory wrote in a post on its website.

Previous production processes were long and expensive, but have started to become faster in recent years, thanks in large part to 3D printing, which also offers the possibility of customization and increased time to market. Companies are focused on lowering development time and overcoming traditional design limitations, as well as making prototypes which are “faithful to the final product” in order to allow faster economic testing.

“Despite the appetite for change, many companies have not realized the full value of some of the new technologies,” Robot Factory wrote. “There is little confidence in the quality obtainable, also because many times the initial approach is oriented towards so‐called ‘consumer’ products at low cost, when instead a relatively more important investment for a product aimed at a professional use of 3D printing can change significantly the result!”

Robot Factory’s goal with the Sliding-3D was the continuous, rapid production of 3D printed objects that are ready to use. This new 3D printer is a valuable tool, as it supports companies in both the development and production processes. The Sliding-3D also wastes less material due to its lack of supports, which also helps reduce print time and energy consumption well.

Speaking of sustainability, the materials tested and used with the Sliding-3D are mainly biodegradable plastics, like PETG and PLA.

“The confidence in the results is one of the decisive elements in the choice of a new technology and we of Robot Factory that we always direct our choices towards the creation of innovative products engineered with the utmost attention to detail, we designed Sliding‐3D with particular attention to the mechanical precision and the rigidity of the system, to guarantee high precision in the printing result and an unmatched surface finish (compared with other printers that use the same plastic extrusion technology),” Robot Factory concluded.

If you will be attending Maker Faire Rome later this week, you’ll have a chance to see Robot Factory’s new Sliding-3D system for yourself. If you’re like me and lack the necessary funds or time to travel to Italy, take a look at the video below to see the Sliding-3D’s conveyor belt in action:

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